Xing Wang Research Group
@XingWangGroup
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A DNA Nanomaterials lab @BIOENGatIL, @ChemistryUIUC, @IGBIllinois, MNTL-UIUC, @Illinois_Alma with applications in biosensing and medicine. DNA Star builders.
Urbana-Champaign, Illinois
Joined November 2019
DNA Nanostructure Self-Assembly in an Aqueous Ionic Liquid Solution with Enhanced Stability and Target Binding Affinity | Journal of the American Chemical Society
pubs.acs.org
DNA nanostructure-enabled functional constructs have shown potential to improve healthcare outcomes by offering advanced disease diagnostic and therapeutic strategies. Translating this potential of...
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Our work on using aqueous ionic liquids for DNA Nanostructure assembly with enhanced stability and target binding. Thanks to support from all the authors for making this happen! @XingWangGroup @arunrichardc @J_A_C_S @UofIllinois @BIOENGatIL
DNA Nanostructure Self-Assembly in an Aqueous Ionic Liquid Solution with Enhanced Stability and Target Binding Affinity | Journal of the American Chemical Society
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Our 2nd paper of the week is now live! Happy to be part of this work led by @DGandavadi in @XingWangGroup, with support from Hannah and @aarodg from our group. Check it out here: https://t.co/7LLD3SVVi2
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Congratulations @DGandavadi Recent work from the @XingWangGroup showcasing the DNA nanostructure assembly in aqueous ionic liquid resulting in enhanced resistance to nuclease degradation! Read more about this exciting work at - https://t.co/NJcoaBp3VH
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As a follow-up to our CLEAN tool, we developed EZSpecificity to predict enzyme substrate specificity from sequence ( https://t.co/WcDSYuZOEp) in collaboration with @diwakarshukla and his team. See news:
nature.com
Nature - A cross-attention-empowered SE(3)-equivariant graph neural network architecture named EZSpecificity was developed for predicting enzyme substrate specificity.
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Spatial-DMT is now published in @Nature ! For the first time, we can simultaneously map DNA methylation and RNA transcription in tissue context. Great collab with @zhouwanding lab. Big congrats to Chin @Chin72155594 , Hongxiang @HongxiangFu and team!
nature.com
Nature - DNA-methylation and gene-expression profiling of tissue sections at near single-cell resolution can be used to create detailed spatial maps showing how methylation and transcription...
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Multiple faculty positions open in RNA science at UF Scripps (Asst/Assoc/Full Prof) in Jupiter, FL—part of a major investment in RNA research. Apply: https://t.co/mFL3eyzlI9 Center info: https://t.co/ZA0nXRpbuD Please retweet!
jobs.sciencecareers.org
Invites applications for two tenure-track open rank (Assistant, Associate, and Full Professor) faculty positions...
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Targeted delivery of diverse biomolecules with engineered bacterial nanosyringes https://t.co/Nj4a7UtGGn
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Great to see this is now out in @NatureNano! Thanks to @leonard_prins for this (yet another) collaborative project...kudos to @erica_delgrosso and Ben Roberts for combining experiment and theory in such a nice way. Thanks also to @EPenocchio for help with the theoretical part!
New paper online: An information ratchet improves selectivity in molecular recognition under non-equilibrium conditions. "...mechanism increases selectivity for the correct DNA duplex from 2:1 at equilibrium to 6:1 under energy-dissipating conditions." https://t.co/EOCUAmFHRu
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https://t.co/8FgoANxABv Photonic Crystal Grating Resonance and Interfaces for Health Diagnostic Technologies An added advantage of accessibility and convenience of these technologies stemming from integrating smartphone-based detection is succinctly captured. #havanasyndrome
pubs.acs.org
The photonic crystal grating resonance (PCGR) technologies mark a significant advancement in early diagnostics of infectious diseases. Here we review the historical perspectives of the PCGR-based...
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In Science, researchers present a new method to safely and preferentially generate CAR T cells directly inside the body using targeted lipid nanoparticles that deliver mRNA directly to T cells. The approach showed rapid and sustained immune reprogramming in preclinical models,
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engineering T cells within the body of the patient (rather than in a lab) is the next frontier for cancer immunotherapy
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My new invited review in @ChemCommun discusses the strategies used for isothermal assembly of DNA nanostructures. Check it out! @RoySocChem @TheRNAInstitute @CNSE
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A new @SciRobotics study highlights how an insect-inspired leg design and control strategy allows the @Harvard RoboBee to execute safe, controlled, and accurate landings as it flies between the leaves of a plant. https://t.co/a8eK8DYJ0E
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A chemical toolbox for surface engineering of extracellular vesicles https://t.co/xTWDbaV5ua
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#ILLINOIS researchers developed drug-delivering DNA aptamers that target elusive leukemia stem cells and knock them out with a one-two punch.▶️ https://t.co/hZNJqTJ9IH
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In a new Science study, researchers report compelling evidence for a gut-joint axis involving bile acid metabolism and GLP-1 signaling in osteoarthritis development, advancing the understanding of osteoarthritis pathogenesis and opening new avenues for therapy. 📄:
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New online! Commensalism and pathogenesis of Candida albicans at the mucosal interface https://t.co/UZauiNNRHR
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